Lines Matching refs:signal

14 #![cfg(feature = "signal")]
24     use ylong_runtime::signal::{signal, SignalKind};
41     /// SDV cases for signal `recv()`.
46     /// 2. Spawns a task to loop and listen to a signal.
51             let mut stream = signal(SignalKind::alarm()).unwrap();
60     /// SDV cases for signal `recv()` in multi thread.
64     /// 2. Spawns some tasks to listen to a signal.
65     /// 3. Send a notification signal when all signals are waiting.
73                 let mut stream = signal(SignalKind::child()).unwrap();
85     /// SDV cases for signal `poll_recv()`.
90     /// 2. Spawns a task to loop and listen to a signal.
95             let mut stream = signal(SignalKind::hangup()).unwrap();
104     /// SDV cases for signal `poll_recv()` in multi thread.
108     /// 2. Spawns some tasks to listen to a signal.
109     /// 3. Send a notification signal when all signals are waiting.
117                 let mut stream = signal(SignalKind::io()).unwrap();
129     /// SDV cases for SIGALRM signal.
132     /// 1. Generate the SIGALRM signal.
133     /// 2. Check the function of `signal` for the SIGALRM signal.
137             let mut signal = signal(SignalKind::alarm()).unwrap();
139             signal.recv().await;
144     /// SDV cases for SIGCHLD signal.
147     /// 1. Generate the SIGCHLD signal.
148     /// 2. Check the function of `signal` for the SIGCHLD signal.
152             let mut signal = signal(SignalKind::child()).unwrap();
154             signal.recv().await;
159     /// SDV cases for SIGHUP signal.
162     /// 1. Generate the SIGHUP signal.
163     /// 2. Check the function of `signal` for the SIGHUP signal.
167             let mut signal = signal(SignalKind::hangup()).unwrap();
169             signal.recv().await;
174     /// SDV cases for SIGINT signal.
177     /// 1. Generate the SIGINT signal.
178     /// 2. Check the function of `signal` for the SIGINT signal.
182             let mut signal = signal(SignalKind::interrupt()).unwrap();
184             signal.recv().await;
189     /// SDV cases for SIGIO signal.
192     /// 1. Generate the SIGIO signal.
193     /// 2. Check the function of `signal` for the SIGIO signal.
197             let mut signal = signal(SignalKind::io()).unwrap();
199             signal.recv().await;
204     /// SDV cases for SIGPIPE signal.
207     /// 1. Generate the SIGPIPE signal.
208     /// 2. Check the function of `signal` for the SIGPIPE signal.
212             let mut signal = signal(SignalKind::pipe()).unwrap();
214             signal.recv().await;
219     /// SDV cases for SIGTERM signal.
222     /// 1. Generate the SIGTERM signal.
223     /// 2. Check the function of `signal` for the SIGTERM signal.
227             let mut signal = signal(SignalKind::terminate()).unwrap();
229             signal.recv().await;
234     /// SDV cases for SIGUSR1 signal.
237     /// 1. Generate the SIGUSR1 signal.
238     /// 2. Check the function of `signal` for the SIGUSR1 signal.
242             let mut signal = signal(SignalKind::user_defined1()).unwrap();
244             signal.recv().await;
249     /// SDV cases for SIGUSR2 signal.
252     /// 1. Generate the SIGUSR2 signal.
253     /// 2. Check the function of `signal` for the SIGUSR2 signal.
257             let mut signal = signal(SignalKind::user_defined2()).unwrap();
259             signal.recv().await;
264     /// SDV cases for SIGWINCH signal.
267     /// 1. Generate the SIGWINCH signal.
268     /// 2. Check the function of `signal` for the SIGWINCH signal.
272             let mut signal = signal(SignalKind::window_change()).unwrap();
274             signal.recv().await;